Coking　industry　is　usually　regarded　as　a　high　pollution　and　high　energy　consumption　industry.　China　is　accelerating　its　efforts　to　reduce　pollution　and　carbon　emissions　in　the　industrial　sector,　which　has　received　little　attention　as　the　world＇s　largest　producer　of　coke.　Therefore,　in　this　study,　the　trend　of　air　pollution　and　carbon　emissions　in　China＇s　coking　industry　and　the　path　of　coordinated　emission　reduction　were　studied.　The　results　indicate　that　the　average　annual　emissions　of　PM,　SO2,　2　,　NOx,　VOCs,　and　CO2　2　in　China＇s　coking　industry　from　2012　to　2022　amount　to　205.98,　69.47,　193.45,　599.80　Gg　and　191.10　Tg,　respectively.　The　main　sources　of　PM,　SO2,　2　,　NOx,　VOCs　and　CO2　2　in　coking　industry　were　coal　preparation　(51.5　%),　charge　and　pushing　(39.5　%),　coke　oven　gas　(99.8　%),　byproduct　recovery　(47.0　%)　and　fuel　combustion　(87.5　%).　The　emissions　from　coking　plants　in　central　and　southern　Shanxi,　eastern　and　southern　Hebei,　and　central　Shandong　are　the　most　concentrated.　Ultra-low　emission　transformation　and　deep　treatment　of　VOCs　have　greatly　reduced　pollutant　emissions　in　key　areas　of　air　pollutant　control,　but　the　actual　emission　reduction　effect　of　these　measures　has　been　weakened　by　the　additional　emissions　caused　by　the　increase　of　coke　production　in　other　non-key　areas.　The　research　on　synergetic　emission　reduction　path　shows　that　there　is　a　great　synergistic　benefit　between　air　pollutants　and　CO2　2　emission　reduction　in　coking　industry.　It　is　estimated　that　the　APeq　(air　pollutants　and　carbon　equivalent)　of　China＇s　coking　industry　in　2025,　2028　and　2030　will　decrease　by　38.2　%,　63.5　%　and　70.8　%　respectively　compared　with　2022.　With　the　continuous　promotion　of　pollution　reduction　and　carbon　reduction　measures,　the　emission　reduction　potential　of　China＇s　coking　industry　will　gradually　shift　from　key　areas　to　non-key　areas.